What MySirt Is
Core Definition
MySirt is a Model Execution Engine that makes domain knowledge executable through a declarative model and a model-driven execution architecture. Structured models are interpreted by the Execution Engine and transformed into Executable Information Systems.
Low-code characteristics may emerge from this architecture, but they are not its organizing principle. The model is the primary artifact, and the executable system is derived from it. The model remains the Single Source of Truth throughout the system lifecycle.
Model-Driven Principle
MySirt operates at the model level. Domain models describe structure, behavior, and responsibilities. The engine interprets these models and produces executable systems. The model is the primary artifact.
What MySirt Generates
- Database schema
- Backend services
- Web interface
- Forms and data views
- Workflows
- Business rule enforcement
- Role-based security
- Notifications and calculations
The generated system may represent data-centric applications or responsibility-driven operational workflows.
Who It Is For
- Organizations digitalizing complex, rule-based business processes
- Teams managing recurring process variants across multiple customers
- Vendors whose domain knowledge must become an executable information system
What MySirt Is Not
- A visual application builder
- A business-user tool
- A SaaS platform
- A code scaffolding generator
Why It Is Different
MySirt belongs to the architectural category of Model Execution Engines. Its purpose is to execute a declarative model consistently over time. Making domain knowledge executable is the architectural goal. Reduction of handwritten code is a natural consequence of this approach.
A Different Architectural Perspective
| Traditional Low-Code | MySirt Model Execution Engine |
|---|---|
| Primarily reduces handwritten application code. | Executes a declarative model as the primary system artifact. |
| The delivered application is often the main artifact. | The model remains the Single Source of Truth throughout the system lifecycle. |
| The model commonly supports construction or configuration. | The model defines structure, behavior and organizational rules. |
| The architecture is often organized around application assembly. | The architecture is organized around model interpretation and runtime derivation. |
| Changes are introduced through platform configuration or visual composition. | Changes are introduced by modifying the executable model and regenerating coherent runtime structures. |
In MySirt, users describe what the system is and how it behaves. The Execution Engine determines how that specification becomes an Executable Information System.
Engine Mindset
MySirt behaves like a compiler for executable information systems. The Execution Engine operates as a system generation engine in which the Executable Information System is derived directly from the model. Modifying the model restructures behavior coherently.
Relation to AI
AI can assist users while authoring declarative models, for example by helping analyze a domain and draft possible structures, relationships, behaviours, and business rules. The model remains the Single Source of Truth. MySirt executes that model through the Execution Engine, preserving deterministic derivation, consistency, reproducibility, and architectural coherence.
Closing Statement
MySirt is not a faster way to develop software. It is a Model Execution Engine that makes domain knowledge executable through a Single Source of Truth.